Дизайн интерьера балкона и лоджии 6 метров в Москве

В том случае, если вам понадобилось разработать дизайн интерьера балкона и лоджии 6 метров, вам помогут исполнители с платформы YouDo. Тут можно легко подыскать опытного профессионала, готового создать дизайн большой лоджии в соответствии с вашими финансовыми возможностями.

Какие решения будут оптимальными в процессе создания дизайна лоджии длиной 6 метров?

Наши квалифицированные исполнители в работе руководствуются такими правилами:

• облицовка открытого балкона должна осуществляться с помощью термостойких материалов, неподвластных воздействию воды;
• разработка проекта интерьера балкона на солнечной стороне может осуществляться с использованием бело-синих тонов;
• оптимальным является сочетание декоративного камня и штукатурки;
• лучшими стилями для небольшой лоджии являются кантри, арт-деко, модерн, минимализм, конструктивизм, романтизм или восточная тематика;
• плитка, панели и сайдинг позволяют сэкономить пространство.

Это далеко не весь список нюансов, на которые следует обращать внимание в процессе разработки дизайна интерьера балкона квартиры или лоджии 6 кв.м. Для того чтобы работы по созданию проекта были выполнены максимально качественно, следует обратиться к профессионалу Юду.

От чего зависят цены на разработку дизайна лоджии 6 м2?

Дизайн интерьера маленького балкона или лоджии в 6 квадратных метров может иметь разную стоимость в зависимости от:

• сроков разработки проекта интерьера небольшого балкона длиной в шесть метров;
• уровня квалификации специалиста, с которым вы начали сотрудничество;
• количества вариантов на выбор;
• уровня сложности работ, проведение которых понадобится в квартире.

В том случае, если вы хотите потратить меньше денег на разработку проекта маленькой лоджии длиной в 6 метров, вам необходимо поискать профессионала на сайте YouDo. Вы сможете оставить свою заявку, где будет указан объем работы и желаемая цена на услуги дизайнера. Далее останется лишь ознакомиться с предложениями профессионалов и заказать услуги по разработке дизайн-проекта балкона или лоджии в 6 кв.м. на оптимальных условиях.

Следует знать, что заказать услуги исполнителя можно лишь после того, как он предоставит гарантии результата работ. В противном случае вы можете получить проект интерьера балкона в 6 м2 ненадлежащего качества.

90000 6 Meter Horizontal Dipole Antenna Project by KK5ID 90001 90002 I built this 6 meter horizontal dipole so I would not have strings dangling from the end of an inverted V. 90003 (And also to have horizontal polarization on 6 meters.) This antenna works the best of all I have ever made, easy to adjust and can take the weather elements that Texas 90003 can hand out. 90005 90006 It’s small, only about 9 feet 4 inches from end to end, (see drawing below article) so it can be configured for other bands as well.I used the standard formula for a dipole (468 / Freq mhz = total feet. The lengths in the drawing below are for 50.1mhz. 90005 90006 The 6 meter dipole can be designed for any portion of the 6 meter band you desire using the formula. Feed it with 50 ohm coaxial cable as usual. 90005 90006 The «Slick Six» 6 meter dipole can be supported from good solid PVC pipe at the 90003 center using u-bolts fastened over the pipe thru the center insulator or you could use metal pipe and adjust the length to fit your mounting configuration.If metal pipe support is used, do not short either side of the dipole to it. A 1: 1 balun, although not required, would help to keep rf off your feedline and help to keep a clean pattern at the antenna. 90005 90006 The 1/4 inch round aluminum rods at each end of the dipole are attached to the flat aluminum stock with u-bolts. This method enables you to adjust each end for tuning. You might want to start long with the dipole lengths by a couple of inches and tune as needed.90005 90006 Simple matter of moving the round rods in or out for best tuning. Do not forget to tighten the u-bolts and seal the ends of your feedline. 90005 90006 Adding a lightweight rotor under this «Slick Six» six shooter, (say that 10 times really fast), gives you a rotatable dipole on 6 meters! It could also easily be converted to a «Slick Six» 2 element yagi using plumbers delight construction. 90005 90006 If you design it for the lower hf bands, you may want to extend the support pipe higher than the dipole, (insulated from the dipole) and attach support ropes, cord, etc to each side to prevent sagging.90005 90006 I have found a friend in Ace Hardware with their continuous stock of aluminum while building this antenna ….. also the aluminum makes a good emergency fish’in pole! Do not use it in a thunderstorm! HI HI! 90005 90006 The fish are bite’n in the lake and on 6 meters ….. have fun! Larry Gordon — KK5ID 90005.90000 Station Design Projects 90001 90002 With the unprecedented expansion of LA County’s public transit system well underway, Metro is working diligently to create world-class stations for a new era of public transportation. Click on the titles below to learn more about our Systemwide Design projects: 90003 90002 Metro’s Systemwide Station Design reflects the safer, smarter, cleaner and greener future of public transportation options within Los Angeles County. 90003 90002 Following a thorough review and evaluation of other leading state-of-the-art transit systems and international best practices for transit station design, Metro developed the Systemwide Station Design in 2012.Utilizing a modular «kit-of-parts» that is streamlined and adaptable, new Metro stations will be more cost-effective to design, construct, operate, and maintain. The kit-of-parts consists of high quality, high performance architectural materials and elements that can be configured to respond to varying station site conditions, as well as the functional and capacity needs of individual stations. This Systemwide Station Design will apply to all future Metro Rail and Bus Rapid Transit (BRT) stations.Standardized «kit-of-parts» materials and elements generally consist of: 90003 90008 90009 Consistent identification signage and branding 90010 90009 Stainless steel gateway portals 90010 90009 Modular glass canopies 90010 90009 Fully integrated led lighting 90010 90009 Stainless steel columns 90010 90019 90002 The Systemwide Station Design is outlined in Metro’s Systemwide Station Design Standards Policy . Adopted January 2018 by the Metro Board of Directors, the policy requires that all future Metro Rail and BRT station designs be in compliance with Metro’s Systemwide Station Design Standards, and follow a consistent, integrated systemwide design approach.The policy also provides opportunities for integrated public art and sustainable landscaping as elements of variability developed in consultation with, and responsive to, the surrounding community. These standards will be updated and refined based on new requirements and innovative design solutions to ensure our future stations continue to be sleek and modern for a growing Metro system. 90003 90002 Metro serves almost 1.3 million riders a day on bus and rail service in LA County. Almost two-thirds (64%) of our riders transfer at least once as part of their journey.Providing a safe, comfortable, and easy transfer is essential to providing quality service for existing customers and growing ridership. The Metro Transfers Design Guide (Transfers Guide) and accompanying Transfers Guide Appendix elevate the importance of the transit rider experience and builds upon Metro’s First / Last Mile Strategic Plan by addressing the «complete journey» for riders. The Transfers Guide serves as a useful resource to a variety of audiences: Metro, local and regional transit providers, local jurisdictions, developers, and community groups by providing guidance on what riders need to quickly and easily make decisions, safely move between transit vehicles, and comfortably wait for their next bus or train.90003 90002 To develop the Transfers Guide, Metro studied best practices from around the world, surveyed a variety of transit facilities in LA County, analyzed ridership and safety data, and gathered input from Metro customers through focus groups, local jurisdictions, transit providers, stakeholder groups, and staff from various departments within Metro. LA County is a diverse and expansive region with multiple stakeholders who plan, design, operate, or maintain transit elements in the street.To respond to this context, the Transfers Guide does three key things: 90003 90008 90009 Provides a Checklist to guide decision-making across disciplines, departments, and agencies 90010 90009 Offers a flexible Design Toolkit that can adapt to the wide variety of site conditions; and 90010 90009 Includes design strategies to tackle challenging transfers zones (e.g. narrow sidewalks, terminus stations). 90010 90019 90002 The Transfers Guide will play an important role in prioritizing multi-modal connectivity and the rider experience for Measure M projects, and well as helping to shape long-term policies that will set funding priorities for the region, including the Long Range Transportation Plan , Metro Strategic Plan, and the NextGen Bus Study , Which re-envisions the bus network.90003 90002 90037 The Metro Transfers Design Guide received the «Best Planning Practices Award» for 2018 from the Los Angeles Chapter American Planning Association. 90038 90003 .90000 90001 6 Meter 300 Ohm Twinlead Slim Jim Antenna Project 90002 90003 90004 90005 Tune Around! 90005 90007 SEARCH 90008 90009 90010 90007 CQ-Calling All Hams! 90008 90005 90007 About Hamuniverse 90005 90008 90007 Antenna Design 90008 90005 90007 Antenna Safety! 90008 90007 90005 Ask Elmer 90008 90005 90007 About Batteries 90008 90005 90007 Code Practice 90008 90031 90005 90007 Computer Help 90008 90005 90036 90007 Electronics 90008 90005 90007 FCC Information 90008 90005 90007 Ham Hints 90005 90008 90007 Humor 90008 90005 90007 Ham Radio News! 90005 Post Reviews 90005 Product Reviews 90005 Ham Radio Videos! 90005 HF & Shortwave 90008 90005 90007 License Study 90008 90005 90007 Links 90008 90005 90007 Midi Music 90008 90005 90007 Reading Room 90008 90005 90007 Repeater Basics 90008 90005 90007 Repeater Builders 90008 90005 90007 RFI Tips and Tricks 90008 90005 90007 Ham Satellites 90008 90005 90007 Shortwave Listening 90008 90005 90007 SSTV 90008 90005 90007 Support The Site 90005 90008 90007 STORE 90008 90005 90007 Vhf and Up 90008 90005 90007 Contact 90008 90005 90007 Site Map 90008 90005 90007 Privacy Policy 90008 90005 90007 Legal Stuff 90008 90009 90010 90007 Advertising Info 90005 90008 90009 90112 90113 90007 90007 90008 90008 90118 90007 300 Ohm Twinlead 6 Meter Slim Jim Antenna Project 90005 by VK6HOG 90005 90008 90009 90007 90118 90009 90118 90009 90008 Hi there, my name is Geoff from Bridgetown in Western Australia.90010 I am an amateur radio operator, my callsign is VK6HOG. I am new to 6 metre operations and am in the process of designing a wire based antenna to use on six metres. A colleague of mine told me that the Slim Jim antenna works well, I have seen your web site and note that you have a project for a 2 metre slim jim version. I wonder, can the 300 Ohm twin lead specifications be used for a (6) six metre version of the Slim Jim Antenna? 90009 90010 Here is the answer to my question: 90005 90005 My experimentation in creating a 6 metre 300-ohm Slim Jim antenna is here for you to try… 90009 90010 I have finally made a prototype of the antenna, and it appears to work! I have attached some pictures for you to look at. Essentially the first versions I made were unstable. Using standard very light weight 300-ohm TV cable I had problems managing the very fine wire, both exposing it to make the connections and soldering the wire to the feedline of 50 Ohm coax. However, in the end I used a couple of short lengths of dowel to strengthen the feedpoint and top of the antenna to make it a bit more robust.I think ultimately the antenna would benefit from being mounted inside some PVC tube to help with weather proofing and rigidity. The final measurements (METRIC) I used are as follows 90009: 90005 90005 (The 6 metre Slim Jim antenna is centered on 52 MHz as I am only allowed to Tx in this region of 6 metres !!) The formulae will obviously work at which ever frequency you desire. 90005 90005 Copy these lengths and convert to inches, feet, or any other conversion here! 90005 We have done the conversons for you to inches and metric.90005 90005 Overall length: 4155mm (163.58 inches) 90005 Short element (from base): 1338mm (52.67 inches) 90005 Top element (from top): 2740mm (107.87 inches) 90005 Leaving a gap of 77mm. (3.03 inches) 90005 The feedpoint is 209mm up from the base. (8.22 inches) 90010 At the design frequency (52mhz) the SWR of the Slim Jim is almost flat, with it being around 1.5 to 1 at each end of the band. I have it ‘inserted’ about 15 metres up in a pine tree at the moment…. suspended by a cord — using the top mounting configuration (dowel with a hole through it and the ribbon cable) to suspend it. Whilst I have not made any Dx contacts with it, I will let you know whether it is a ‘radiator’ or a very long dummy load … The cut out section is wrapped in tape at this stage to help with strength. 90005 See pictures and diagram below. I am currently using an Icom 706 MKIIG radio rated at 100 Watts on SSB. 90005 The fact that having it suspended in a pine tree (RF vacuum) is not ideal, but my QTH here has no large masts at this stage. Given that the antenna is 4 metres plus (in excess of 12 feet) you need space and if I had the opportunity to suspend it from another non-conducting structure, I would! 90005 90009 90005 Once I rack up some DX (local or otherwise) I will let you know, but given that I have only a local 6 metre operator a few blocks away, and no other operators close by, that may be a while. 90010 Maybe someone else might be crazy enough to try it like me. When I pull it down I will silicone up the ends of the 300 ohm line to weather proof it as much as possible, as well as the feedpoint.90009 90010 Hopefully it does not change anything, but as stated, it has almost flat SWR at 52.300MHz … I am sure this would travel up and down depending on how you made it. At the feed point, I only exposed a short amount of wire to connect to the coax, because everytime I exposed a lot of wire, it became brittle and I had major hassles with connection. The draw back of a small exposure of wire is that if I need to tune, I basically can not !! I would have to expose more wire, bit by bit.90009 90010 I have seen other 300 ohm twinlead with thicker wire … That may be worth a shot and would be much more workable than the thin, cheap stuff I have used in this project. 90009 90010 Anyway, all the best. 90009 90010 Have a go at this 6 metre version of the Slim Jim for yourself and have a G’day on 6 metres! 90009 90010 73 de Geoff 90005 VK6HOG, WESTERN AUSTRALIA 90009 90010 Editor’s notes follow: These are the formulas that you can use for designing the antenna for 6 meters or any other band for that matter.90009 90010 They follow: Lengths in inches 3/4 wave (longest section) = 8415 / MHZ 90005 1/2 wave section = 5610 / MHz 90005 1/4 wave section = 2805 / MHz 90005 * 1/4 wave freespace = 2953 / MHz 90005 * distance that antenna should be from mounting boom, mast, or tower. 90009 90010 Example: 90005 89.5MHZ = 8415 / 89.5 = 94.02 «90005 89.5MHz = 5610 / 89.5 = 62.68 «90005 89.5MHz = 2805 / 89.5 = 31.34 «90005 89.5Mhz = 2953 / 89.5 = 32.99» 90005 90009 Metric Formulas: for mm: 90005 220.5 / MHz X 980 = Overall mm length 90005 90005 11.1 / MHz X 980 = Feedpoint up from bottom in mm (Approximate) 90005 90005 71 / MHz X 980 = Lower Wire Breakpoint (Length from wire cut point to base of antenna) 90005 90005 Example: 220.5 / 50.0MHz x 980 = 4321.8 mm 90005 11.1 / 50.0MHz x 980 = 217.56 mm 90005 71/50.0MHz x 980 = 1391.6 mm 90005 90005 Either of the formulas above should get you very close to the proper lengths for the antenna with a bit of experimentation as usual with any project. They may yeild lengths that are longer than needed for the final lengths and should allow room for tuning. 90010 As far as the gap spacing, I have not found any formula in my research for calculating it. As with any antenna, scaling can probably be used. 90005 For instance if the 2 meter gap is 1 inch as an example, then since 6 meters is 3 times as big, then the gap should be 3 times as large.90009 90197 This seems to hold true with Geoff’s experiment with his 6 meter Slim Jim antenna. 90198 90005 Another example, if the gap for a 4 meter antenna is 1/2 inch, then the gap for a 2 meter would be about 2 times smaller, or 2 x .5 = 1 inch. 90005 You should have no trouble running 100 watts with it. It should also be noted that when I built the Slim Jim antenna from 1/2 inch diameter aluminum tubing, that the free space distance was accidentally not used in the installation by error.90005 No change in swr was noted either with or without using the freespace distance from surrounding metal. Since I have no way of checking the difference in the «8 degree» pattern other than over the air, with or without the freespace distance, only further experimentation will tell. 90005 90005 90005 73 N4UJW Hamuniverse.com (PICTURES BELOW) 90118 90009 90118 90009 90010 Email Geoff for questions! 90005 vk6og AT iinet.net.au 90009 90010 90007 90008 90009 90118 90005 90005 90005 90007 Hamuniverse.com uses Green Geeks Web Hosting! 90008 90009 90118 90009 90112 90226 90112 90228.90000 6 Meter Antenna Projects by N2KBK 3 Element Beam and 6 Meter Halo Antenna 90001 90002 90003 GAMMA MOUNT BRACKET 90004 90003 ASSEMBLY 90002 90004 90008 90003 Now you will need to get some more sheet metal to build the SHORTENING strap of the gamma this may vary in size depending on the tubing size and the space from driven to the gamma match. The gamma match is mounted along the side of the driven after you have soldered the innner conductor of the gamma to the center od the SO-239.90002 See drawing below for typical gamma match placement and construction. 90002 90002 90004 90014 90003 90016 90002 Typical Gamma Match Construction 90014 90004 90008 90003 The spacing of the gamma match is usally about 1.5 to 2 inches from the driven element (90022 Does not make much difference 90023). To make the SHORTENING strap make a 1 inch strip about 6 inches long. 90002 Take this strip and bend it around the driven and over to the gamma.Make sure it folds back over so that you can drill 1 hole at each end. You can use your own construction methods and fabrication. 90004 90014 90016 90003 A GAMMA MATCH 90004 90014 90008 90003 The gamma match is made from 3/8 inch tubing. 90002 The inner portion is cut from RG-8 coax after you remove the black ‘skin’ and the copper braid. You can attach 50 ohm coax to this antenna after you add a gamma match. 90002 90004 90014 90008 90003 Once you have this antenna put all together you can adjust the match by sliding the shortening strap and the gamma tube in and out (90022 or up and down however you look at it 90023) for lowest S.W.R. 90004 90014 ————————————————— —————- 90002 90016 90003 A 6 METER HALO 90004 90002 90014 90049 90003 The 6 meter Halo is a good antenna that can be used for the car as well as the house. 90002 This antenna maintains good omni-directional horizontal polarization. 90004 90014 90008 Basically the antenna is a half wave dipole bent into a circle, BUT shorter than a dipole for this frequency.The circumference is 60-70 inches. By using the gamma match (90022 see above 90023) you can use regular coax. This is a high- 90022 Q 90023 antenna, so bandwidth is about 200khz. (90022 Perfect for 50.100Mhz — 50.200Mhz where most of the 6m ssb activity is.) 90023 90014.